Stability is a primary requirement of the electrical power system for its flawless, secure, and
economical operation. Low-frequency oscillations (LFOs), commonly seen in interconnected …

Due to the presence of weak tie line interconnections, small signal oscillations are created in
power system networks. Damping out these oscillations is one of the most crucial issues to …

The coordination of flexible AC transmission systems (FACTS) with power system stabilizers
(PSS) can significantly enhance the overall network stability by damping out the low …

Over the last few years, machine learning tools have significantly progressed and attracted
extensive applications in many parts of contemporary life. The power sector is one of the …

The power system industry is one of the pioneers in implementing machine learning (ML)
methods which have acquired a lot of attention across various facets of contemporary life …

Ensuring the transient stability of the power system networks is one of the prime challenges
in the highly interconnected power systems. Though the low-frequency oscillations are not …

The low‐frequency oscillations (LFOs) are usually considered as the slow‐poisoning issues
for electric power networks as they can cause system blackout if not resolved in time …

Low-frequency oscillations should be dealt with extreme care for secure electric networks.
This paper tunes the critical parameters of power system stabilizers in three different electric …

In recent years, machine learning (ML) tools have gained tremendous momentum and
received wide-spread attention in different segments of modern-day life. As part of digital …

This article proposes a real-time power system stabilizers (PSS) parameter optimization
technique employing extreme learning machine (ELM) to enhance overall system stability by …